Abstract: A connecting rod comprises a fibrous tubular body with a connecting end member at one end. The end member is screwed into a separate brace member having a conical external surface about which is mounted a radially expansible member having a corresponding conical internal surface. The expansible member has closed longitudinal slots and a cylindrical external surface of diameter equal to the internal diameter of the body. A cap is screwed on the bracing member and has an internal diameter equal to the external diameter of the body, which is received between the cap and the bracing member.

Abstract: A connecting rod for the control and/or transmission of force, particularly for use in aeronautical construction, comprises a tubular body formed of high-strength fibres bonded together by polymerized epoxy resin. The body has frusto-conical end portions each surrounding a frusto-conical skirt portion of an end member which is adapted to receive coupling means. A ferrule, also formed of bonded fibres, is provided to tighten each frusto-conical end portion of the body against the frusto-conical skirt portion of the corresponding end member.

Abstract: The invention relates to a control rod or power transmission rod of tubular shape whose ends are provided with bearings and which is formed of continuous fibres or wires coated with resin and wound around internal elements of the bearings. To provide the rod with a high transverse strength, the fibres or wires are wound on the internal elements of the bearings at an angle greater than 180.degree., for example, 270.degree., and intersect each other where they leave these elements, so as to avoid forming a plane of weakness liable to fracture.